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civil & environmental (CE)CE / ENE overview • programs available
courses of instruction • flowcharts
Civil engineers develop and design many of the essential elements of oureveryday lives: transportation systems, water supply and waste disposal systems,
and industrial and commercial structures.
They face the challenges of replacing our nation’s aging infrastructure — highways,bridges, wharf and harbor structures, industrial facilities — and addressing the prob-lems of ground water and air pollution as well as industrial and hazardous waste man-agement. They are also responsible for developing our future cities.
Civil Engineering is a diverse field with a number of options including building sci-ence, structures, water resources, construction engineering and management, andenvironmental engineering.
Student members of our chapter of the American Society of Civil Engineers regularlyparticipate in national and regional “concrete canoe” competitions as well as a vari-
ety of other social and career events.
Programs Available• Civil Engineering
Bachelor of Science131 units
• Civil Engineering (Building Science)Bachelor of Science135 units
• Civil Engineering (Construction)Bachelor of Science131 units
• Civil Engineering (Environmental)Bachelor of Science130 units
• Civil Engineering(Information Management)Bachelor of Science134 units
• Civil Engineering (Structural)Bachelor of Science131 units
• Civil Engineering (Water Resources)Bachelor of Science131 units
• Environmental EngineeringBachelor of Science and minor132 units
• Applied Mechanics (see pg. 21)Bachelor of Science128 units
• Construction Planning andManagementMinor
See pages 47-54 for the curricula of theB.S. programs listed above.
See pages 78-79 for information on minorprograms offered by the School ofEngineering.
Additional GraduationRequirementsIn addition to the general degreerequirements listed on pages 4-8,students in the above majors are requiredto earn a minimum grade of “C” in CE205, 225, 309, and 325. EnvironmentalEngineering majors must earn a mini-mum grade of “C” in CE 205, 225, andENE 410.
Minor in ConstructionPlanning and ManagementSee page 78 for information on the Minorin Construction Planning and Manage-ment.
Minor in EnvironmentalEngineeringSee page 78 for information on the Minorin Environmental Engineering.
Courses of InstructionThe terms indicated are expected but arenot guaranteed. For the courses offeredduring any given term, consult theSchedule of Classes.
Civil Engineering (CE)
105L Surveying for Civil Engineering (2, Fa)Plane surveying, measurement ofdistances and angles, horizontal curves,surveying computations. Laboratory.
106 Design and Planning of Civil Engineer-ing Systems (2) History of civil engineer-ing; introduction to the synthesis anddesign of systems dependent upon civilengineering technology; the structuring,modeling, and simulation of suchsystems.
107 Introduction to Civil EngineeringGraphics (3, FaSp) Graphic communica-tion and drawing; use of instruments,lettering, dimensioning, and detailing ofengineering drawing; free-hand sketch-ing, drafting, and modeling.
108 Introduction to Computer Methods inCivil Engineering (2, Fa) Computerprogramming, organization of problemsfor computational solution, flow charts,programming; numerical methods;analysis and solution of civil engineeringproblems.
110 Introduction to EnvironmentalEngineering (4, Fa) Basic concepts ofenvironmental engineering. Local andglobal environmental pollution; scientific,social, legal and political aspects ofenvironmental issues; air/water/landpollution and control technologies.
205 Statics (2) Statics of particles andrigid bodies; equivalent force systems;distributed forces; applications to trusses,frames, machines, beams, and cables;friction; moments of inertia. Corequisite:PHYS 151L.
210L Introduction to EnvironmentalEngineering Microbiology (3, Sp) Prin-ciples of environmental microbiology;waterborne pathogens; microorganismsand air pollution; microorganisms in soil;water pollution microbiology; biodegrada-tion of hazardous chemicals; eutrophica-tion. Prerequisite: CE 110; corequisite:CHEM 105aL or CHEM 115aL.
43
225 Mechanics of Deformable Bodies(3) Analysis of stress and strain; axial,flexural, and torsional behavior of slenderbars; elastic deflections; combinedstresses; introduction to elastic stabilityand energy methods. Prerequisite: CE 205.
306L Civil Engineering MeasurementSystems (3) Mensuration and instrumen-tation for civil engineering practice.Cadastral, route, and constructionsurveying systems. Professional responsi-bility, managerial and supervisorycontrols for field surveying operations.Prerequisite: CE 105L.
309 Fluid Mechanics (3, FaSp) Fluidstatics; relative velocity field; totalacceleration; divergence theorem;conservation of mass, energy, andmomentum applied to engineeringproblems in laminar and turbulent flow.Prerequisite: MATH 126; corequisite: CE325.
325 Dynamics (3) Elements of vectoralgebra; dynamics of particles, systems ofparticles and rigid bodies; kinematics;momentum relations, energy methods;vibrations; Euler’s equations of motion.Prerequisite: CE 205.
334L Mechanical Behavior of Materials (3,Sp) Measurement of stress and strain;tensile, impact, creep, and fatiguebehavior; statistical methods, brittlefracture; properties of structural materials.Prerequisite: CE 225 or ME 204.
358 Theory of Structures I (3, Fa) Deforma-tions and deflections of elastic systems;statically indeterminate beams, arches,and frames; secondary stresses. Prerequi-site: CE 225.
390 Special Problems (1-4) Supervised,individual studies. No more than oneregistration permitted. Enrollment bypetition only.
402 Computer Methods in Engineering (3,FaSp) Fundamentals of analog and digitalcomputers; simulation of nonlinearphysical systems; numerical analysis andsolution of engineering problems.Prerequisite: CE 108 and MATH 245.
404 Fundamentals of Law for Engineers (3,Sp) Legal problems confronting theengineer in his professional environmentand daily life. Survey of the legal systemand how it operates.
406 Microcomputer Applications inCivil Engineering (3) Solution of civilengineering problems using microcom-puters; frame analysis, beam and columndesign; common database problems,solution of large numerical problemsusing limited computer resources.
407 Analytical Mechanics (3) Principles ofdynamics; Lagrange equations;Hamilton’s principle; rigid body dynam-ics; gyroscopic motion; wave propagation;vibrations of multi-degree freedomsystems. Prerequisite: CE 228.
408 Risk Analysis in Civil Engineering (3,Fa) Realization of nondeterministicproblems in civil engineering; quantita-tive analysis of structural and systemreliability; optimal design and designwith specified risk.
409abL Computer Aided Design (3-3, FaSp)Applications of interactive computergraphics to design problems; automateddrafting; 3-D graphic algorithms. Analysisof design process from informationprocessing viewpoint. Prerequisite: CE225.
412 Construction Law and the PropertyDevelopment Process (3, Fa) Legal as-pects of property development and con-struction: land use, construction practicesand specifications, architecture and engi-neering contracts, agency, subcontracting,professional registration, liability, insur-ance, liens, and bonds. Recommended prepa-ration: CE 404 or a general business lawcourse.
428 Mechanics of Materials (3) Analysisof stress and deformation; equations of elas-ticity; bending of beams; elastic instabil-ity; torsion problems; introduction to platesand shells; elastic wave propagation; nu-merical methods. Prerequisite: CE 225.
429 Structural Concept Design Project (3)Synthesis of structural systems to meetstrength and stiffness requirements;RFPs; structural behavior; conceptgeneration; preliminary analysis; trade-offstudies; evaluation criteria; projectmanagement. Prerequisite: AE 353 or CE358.
443 Environmental Chemistry (3, FaSp)Chemistry of water, gas, liquid and solidwastes. Chemical principles applicable toenvironmental engineering. Prerequisite:CHEM 105bL or CHEM 115bL.
451 Water Resources Engineering (4,Sp) Discussion of broad perspective oncontrol and utilization of water resources;hydrology, probability concept, economicstudy, hydraulic structures, multiplepurpose water resources projects.Prerequisite: CE 309.
453 Water Quality Control (3, FaSp) Waterquality criteria and fundamental ofacceptability. Natural purification ofsurface waters. Processes employed inthe treatment of waste waters for disposalor re-use. Prerequisite: CHEM 105aL orCHEM 115aL and CE 309.
456 Design of Steel Structures (3, Fa)Analysis and design of steel structures;beam-columns, plate girders, and frames;multistory design project. Prerequisite: CE358.
457 Reinforced Concrete Design (3, Sp)Strength and deformation of reinforcedconcrete; beams in flexure and shear;bond and development of bars; deflec-tions; columns; slabs; footings; introduc-tion to prestressed concrete. Prerequisite:CE 225.
458 Theory of Structures II (3, Sp)Matrix algebra; stiffness method; forcemethod; computer analysis of planarstructures. Prerequisite: CE 108 and CE358 or AE 150 and AE 353.
459 Introduction to StructuralDynamics (3, Sp) Response of single andmultiple degree of freedom systems todynamic excitation; structural modelingand approximate solutions; introductionto earthquake resistant design. Corequisite:CE 458.
460 Construction Engineering (3)Introduction to the construction pro-cesses; estimating and bidding, construc-tion administration, planning andscheduling, equipment and methods,labor relations, cost control systems, andsafety.
461 General Construction Estimating(3) Theory of estimating. Quantitysurveying; unit cost synthesis andanalysis. Bid organization and prepara-tion; competitive simulations andexercises. Prerequisite: departmentalapproval.
civil & environmental
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462 Construction Methods andEquipment (3)(3)(3)(3)(3) Current procedures inselected fields of construction; organiza-tion and planning; equipment economics;machinery.
463L Water Chemistry and Analysis(3, FaSp) Chemistry of water purificationtechnology and water pollution control.Chemical processes in natural andengineering aquatic environments;physical/chemical and biological charac-terization of water and wastewater.Prerequisite: CE 453, CHEM 105b orCHEM 115bL.
464 Geotechnical Engineering (3) Fun-damentals of soil mechanics and founda-tion engineering; soil classification, seep-age, stress-strain behavior, shear strength,consolidation, design of retaining structuresand foundations, and slope stability.
465 Water Supply and Sewerage Sys-tem Design (3, Fa) Design of water sup-ply systems, storm drains, sanitary sewers,and lift stations. Prerequisite: CE 453.
466 Design of Free-Surface HydraulicSystems (3) Hydrological and hydraulicdesign for uniform and non-uniformflows, channel transition, sedimentationcontrols, design discharge for tributarywatersheds, flood routing, flood deten-tion, computer aided design. Prerequisite:CE 309.
467L Geotechnical Engineering (4, Fa)Fundamentals of geotechnical engineer-ing; soil classification, seepage, stress-strain behavior, shear strength, consolida-tion, design of retaining structures andfoundations, and slope stability. Soiltesting. (Duplicates credit in CE 464 andCE 468.) Prerequisite: CE 225.
468L Experimental Soil Mechanics (3)Laboratory testing of soils and computerprocessing of experimental measure-ments, soil classification, compactiontests, permeability tests, unconfinedcompression, direct sheet, consolidation,triaxial tests. Prerequisite: CE 464.
471 Principles of TransportationEngineering (3, Fa) Planning, design,construction, maintenance, and operationof facilities for air, water, rail, andhighway transit systems.
472 Construction Labor Management(3) Unionism in construction. Crafttradition, objectives, regulation, motiva-tion, labor force economics, productivity,and technical change. Hiring systems,supervision of project labor operations,jurisdictional administration.
476 Design of Pressurized HydraulicSystems (3) Application of hydraulicprinciples to the engineering design ofhydraulic structure with pressurized flow,piping network, water hammer, surge
suppression, pumps and turbines,manifold hydraulic design. Prerequisite:CE 309.
477 Civil Infrastructure InformationSystems (3, Fa) Information systems andtheir use in the planning, design,construction, and operation of civilinfrastructure projects. Project manage-ment and knowledge management forinfrastructure systems development.Prerequisite: CSCI 201, CE 402.
478 Timber and Masonry Design (3,478 Timber and Masonry Design (3,478 Timber and Masonry Design (3,478 Timber and Masonry Design (3,478 Timber and Masonry Design (3,Fa)Fa)Fa)Fa)Fa) Characteristics and properties ofwood; beams, columns, trusses, connec-tors, and diaphragms. Properties ofmasonry, working stress and strengthdesign, seismic design requirements.
480 Structural Systems Design (3, Sp)Evaluate, design and analyze buildings.Organize and perform calculations forvertical loads, wind loads, and seismicloads on building projects. Prerequisite:CE 456, CE 457, or CE 478.
482 Foundation Design (3) Analysisand design principles of buildingfoundations, including spread footings,piles, drilled shafts, sheetpile walls andretaining structures. Prerequisite: CE 467.
484 Water Treatment Design (3)Predesign studies, precipitation soften-ing, coagulation and flocculation,sedimentation, filtration, sludge han-dling, chlorination, chloramination,ozonation; plant hydraulics, flow mea-surement, pumps, instrumentation andcontrol, tertiary treatment. Prerequisite:CE 453.
485 Wastewater Treatment Design (3)Process kinetics, mass balance, reactordesign, pretreatment, clarification,chemical treatment, biological treatment(aerobic and anaerobic), disinfection,sludge treatment, nitrogen andphosophorus removal, carbon adsorption.Prerequisite: CE 453.
488 Computer Applications inStructural Analysis and Design (3)Application of existing computerprograms to the analysis and design ofcomplex structures.
490x Directed Research (2-8, max 8)Individual research and readings. Notavailable for graduate credit. Prerequisite:departmental approval.
civil & environmental
Dr. Erik A. JohnsonCivil Engineering
45
499 Special Topics (2-4, max 8) Coursecontent to be selected each semesterfrom recent developments in civilengineering and related fields.
Graduate Courses
501 Functions of the Constructor (3)
502 Construction Accounting and Finance (3)
503 Microbiology for EnvironmentalEngineers (3)
504 Solid Waste Management (3)
505 Heavy Construction Operations andMethods (3, Sp)
506 Heavy Construction Estimating (3)
507 Mechanics of Solids I (3, Fa)
508 Mechanics of Solids II (3)
509 Mechanics of Solids III (3)
510 Groundwater Management (3)
511 Flood Control Hydrology (3)
512ab Special Topics in Hydrology (3-3)
513L Instrumental Methods for Environmen-tal Analysis (3)
514ab Advanced Sanitary Engineering Design(3-3, FaSp )
516 Geohydrology (3)
517 Industrial and Hazardous WasteTreatment and Disposal (3, 2 years, Sm)
519 Transportation Engineering (3)
520ab Ocean and Coastal Engineering (3-3)
522 Groundwater Hydrologic Modeling (3)
523 Physical Processes of EnvironmentalEngineering (3, Sp)
525ab Engineering Analysis (3-3)
526 Hydraulic Structures (3)
527 Advanced Hydraulic Design (3)
528 Seismic Analysis and Design ofReinforced Concrete Bridges (3)
529ab Finite Element Analysis (3-3)
530 Nonlinear Mechanics (3)
531 Soil Mechanics (3)
532 Principles of Foundation Engineering (3)
533 Geotechnical Earthquake Engineering (3,Sp)
534 Design of Earth Structures (3, Sp)
535ab Earthquake Engineering (3-3)
536 Structural Design for Dynamic Loads (3)
537 Advanced Reinforced Concrete (3)
538 Prestressed Concrete (3)
539 Advanced Steel Structures (3)
540 Limit Analysis of Structures (3)
541ab Dynamics of Structures (a: 3, Fa; b: 3,Sp)
542 Theory of Plates (3)
543 Stability of Structures (3)
544 Theory of Shell Structures (3)
545ab Advanced Finite Element Method inStructural and Continuum Mechanics (3-3)
546 Structural Mechanics of CompositeMaterials (3)
547 Engineering Rock Mechanics (3)
549 Building Design Project (3, Sm)
550 Computer-Aided Engineering (3, Fa)
551 Computer-Aided Engineering Project (3,Sp)
552 Managing and Financing PublicEngineering Works (3)
553 Chemical and Biological Processes inEnvironmental Engineering (3)
554 Risk and Reliability Analysis for CivilInfrastructure Systems (3, Sp)
555 Underwater Structures (3)
556ab Project Cost Estimating, Control,Planning, and Scheduling (3-3, FaSp)
557 Advanced Building Estimating (3)
558 International Construction andEngineering (3, FaSp)
559 Strategic Planning in ConstructionEngineering (3)
560 Simulation of Civil InfrastructureSystems Performance (3, Sp)
562ab Hydromechanics (3-3)
563 Chemistry and Biology of Natural Waters(3, 2 years, Fa)
564 Methods for Assessment and Protectionof Environmental Quality (3, Sp)
565 Wave Propagation in Solids (3)
572 Construction Labor Management (2)
583 Design of Transportation Facilities (3)
585 Traffic Engineering and Control (3)
586x Management for Engineers (4)
587 Transportation Energy Analysis (3)
590 Directed Research (1-12)
594abz Master’s Thesis (2-2-0)
599 Special Topics (2-4, max 9)
613 Advanced Topics in EnvironmentalChemistry (3)
640 Advanced Theory of Elasticity (3)
690 Directed Research (1-4, max 8)
694abz Thesis (2-2-0)
790 Research (1-12)
794abcdz Doctoral Dissertation (2-2-2-2-0)
civil & environmental
46
Environmental Engineering(ENE)
201 Environmental Quality Controland Management: A Global Approach(4, Sp) Gateway to B.S. in Civil Engi-neering (Environmental Engineering),B.S., Environmental Engineering, andMinor in Environmental Engineering.Fundamental concepts of environmentalscience and engineering. Pollutioncontrol and remediation for air, water andsoil. Pollution remediation for developingcountries.
390 Special Problems (1-4) Supervised,individual studies. No more than oneregistration permitted. Enrollment bypetition only.
400 Environmental EngineeringPrinciples (3, FaSp) Analysis of water,air, and land pollution, includinghazardous waste and engineering ofmitigation measures. Water and wastewater treatment analysis. Prerequisite:departmental approval.
410 Environmental Fluid Mechanics(3, FaSp) Equation of motion; continuity,momentum, energy principles; dimen-sional analysis, similitudes; groundwaterflows; transports in conduits and chan-nels; mixing, dispersion in environments;manifold diffusers; hydraulic transients.(Duplicates credit in CE 309 and AE309.) Prerequisite: MATH 226.
428 Air Pollution Fundamentals (3,Sp) Air pollution effects on man,vegetation, materials; pollutant samplingand analysis; air quality standards andcriteria; meteorological factors anddispersion modeling. Prerequisite: seniorstanding.
429 Air Pollution Control (3, Fa)Emission surveys; engineering controls ofaerosols and gaseous contaminants atemission sources, disposition of contami-nants. Field trips. Prerequisite: seniorstanding.
443 Environmental Chemistry (3)(Enroll in CE 443)
453 Water Quality Control (3) (Enrollin CE 453)
463L Water Chemistry and Analysis(3) (Enroll in CE 463L)
465 Water Supply and SewerageSystem Design (3) (Enroll in CE 465)
486 Solid and Hazardous WasteEngineering (3, Fa) Engineering designof solid and hazardous waste facilitiessuch as waste minimization, securedlandfill, and hazardous waste treatment.Prerequisite: ENE 400.
495 Seminars in EnvironmentalEngineering (1, FaSp) Hazardous wastemanagement, biodegradation of environ-mental pollutants, groundwater prob-lems, waste minimization, energyresources, and air pollution control.
Graduate Courses
501 Waste Minimization and ResourceRecovery (3, Sm)
502 Environmental and RegulatoryCompliance (3, FaSp)
503 Microbiology for EnvironmentalEngineers (3)
504 Solid Waste Management (3)
505 Energy and the Environment (3, Fa)
506 Ecology for Environmental Engi-neers (3, Sp)
510 Water Quality Management andPractice (3, Fa)
513L Instrumental Methods forEnvironmental Analysis (3)
514ab Advanced Sanitary EngineeringDesign (3-3)
516 Hazardous Waste Management (3,Fa)
517 Industrial and Hazardous WasteTreatment and Disposal (3)
518 Environmental Systems Engineer-ing and Management (3, Fa)
523 Physical Processes of Environmen-tal Engineering (3)
526 Environmental Pollutants: Monitor-ing and Risk Assessment (3, Sp)
535 Applied Air Quality Management (3,Fa)
553 Chemical and Biological Processesin Environmental Engineering (3)
560 Environmental Aspects of Oil andGas Production (3, Sp)
563 Chemistry and Biology of NaturalWaters (3)
580 Applied Environmental EngineeringBiotechnology (3, Sp)
590 Directed Research (1-12)
594abz Master’s Thesis (2-2-0)
596 Chemical Reactions in the Atmo-sphere (3, 2 years, Fa)
790 Research (1-12)
794abcdz Doctoral Dissertation (2-2-2-2-0)
civil & environmental
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emis
try
(4 u
nit
s)C
HE
M 1
05aL
*G
ener
al C
hem
istr
y
Gen
eral
Edu
cati
on (
27
un
its)
WR
IT 1
40**
Wri
ting
and
Cri
tica
l Rea
soni
ngW
RIT
340
Adv
ance
d W
riti
ngG
E C
ats.
I, I
I, V
, and
VI
GE
Cat
. IV
***
Arc
hit
ectu
re (
30
un
its)
AR
CH
114
Intr
o. to
Mod
ern
Arc
hite
ctur
eA
RC
H 2
14b
His
tory
& T
heor
y of
Arc
h. I
IA
RC
H 2
05aL
****
Bui
ldin
g Sc
ienc
e I
AR
CH
205
bL**
**B
uild
ing
Scie
nce
IA
RC
H 3
05aL
****
Bui
ldin
g Sc
ienc
e II
AR
CH
305
bL**
**B
uild
ing
Scie
nce
IIA
RC
H 4
05aL
****
Bui
ldin
g Sc
ienc
e II
IA
RC
H 4
05bL
****
Bui
ldin
g Sc
ienc
e II
I
Engi
nee
rin
g (4
6 u
nit
s)C
E 1
06D
esig
n &
Pla
nnin
g of
CE
Sys
tem
sC
E 1
07In
tro.
to C
ivil
Eng
r. G
raph
ics
CE
108
Intr
o. to
CE
Com
pute
r Met
hods
CE
205
Stat
ics
CE
225
Mec
hani
cs o
f Def
orm
able
Bod
ies
CE
309
Flu
id M
echa
nics
CE
325
Dyn
amic
sC
E 3
34L
Mec
hani
cal B
ehav
ior
of M
ater
ials
CE
358
The
ory
of S
truc
ture
s I
CE
408
Ris
k A
naly
sis
in C
ivil
Eng
r.C
E 4
56D
esig
n of
Ste
el S
truc
ture
sC
E 4
57R
einf
orce
d C
oncr
ete
Des
ign
CE
458
The
ory
of S
truc
ture
s II
CE
467
LG
eote
chni
cal E
ngin
eeri
ngM
E 3
10E
ngin
eeri
ng T
herm
odyn
amic
s I
Tec
hnic
al E
lect
ive
(see
***
** b
elow
)
* A
dvan
ced
stud
ents
wit
h de
part
men
tal a
ppro
val h
ave
the
opti
on o
f com
plet
ing
CH
EM
115
aL in
pla
ce o
f CH
EM
105
aL.
**C
oncu
rren
t en
rollm
ent
in a
Soc
ial I
ssue
s G
E C
ours
e is
req
uire
d.
***
May
take
Cat
egor
y I,
II,
IV
or V
I G
E c
lass
.
****
The
Sch
ool o
f A
rchi
tect
ure
requ
ires
a m
inim
um g
rade
of
C in
AR
CH
205
abL
, 305
abL
, and
405
abL
in o
rder
to
cont
inue
the
Bui
ldin
g Sc
ienc
e se
quen
ce.
****
* Se
e de
part
men
t fo
r a
list
of a
ppro
ved
tech
nica
l ele
ctiv
es.
WRI
T 14
0 (4)
<<ge
cat. v
i>>MA
TH 12
5 (4)
CHEM
105a
L (4
)GE
Cat
VI (
4)<<
writ 1
40>>
GE C
at. V
(4)
CE 10
8 (2)
MATH
126 (
4)m
ath 1
25PH
YS 15
1L (4
)m
ath 12
5AR
CH 11
4 (2)
CE 20
5 (2)
[phys
151L
]MA
TH 22
6 (4)
math
126
PHYS
152L
(4)
phys
151L
, [math
226]
CE 22
5 (3)
ce 20
5ME
310 (
3)m
ath 2
26, p
hys 1
51L
MATH
245 (
4)m
ath 2
26PH
YS 15
3L ph
ys 15
2Lor
GEO
L 30
5L (4
)
CE 35
8 (3)
ce 22
5CE
456 (
3)ce
358
CE 32
5 (3)
ce 20
5AR
CH 30
5aL
(4)
arch
205b
L
GE C
at. I
(4)
CE 45
7 (3)
ce 22
5CE
334L
(3)
ce 22
5AR
CH 21
4b (4
)AR
CH 30
5bL
(4)
arch
305a
L
GE C
at. II
(4)
CE E
LEC.
(3)
CE 40
8 (3)
GE C
at, IV
(4)
WRI
T 34
0 (3)
writ 1
40CE
458 (
3)ce
108,
ce 35
8
freshman
sophomore
junior
senior
(18 u
nits)
(15 u
nits)
(18 u
nits)
(18 u
nits)
(16 u
nits)
(18 u
nits)
(18 u
nits)
(14 u
nits)
KEY:
prer
equi
site
[co-
requ
isite
]<<
conc
urre
nt e
nrol
lmen
t>>
CE 10
6 (2)
CE 10
7 (3)
ARCH
205a
L (4
)ce
107
ARCH
205b
L (4
)ar
ch 20
5aL
CE 30
9 (3)
math
126,
[ce 32
5]
CE 46
7L (4
)ce
225
ARCH
405a
L (4
)ar
ch 30
5bL
ARCH
405b
L (4
)ar
ch 40
5aL
49C E ( C O N S T R U C T I O N )
civi
l (co
nstr
uctio
n) (1
31 u
nits
)M
ath
emat
ics
(16
un
its)
MA
TH
125
Cal
culu
s I
MA
TH
126
Cal
culu
s II
MA
TH
226
Cal
culu
s II
IM
AT
H 2
45M
athe
mat
ics
of P
hys.
and
Eng
r.
Ph
ysic
s (8
un
its)
PH
YS
151L
Mec
hani
cs a
nd T
herm
odyn
amic
sP
HY
S 15
2LE
lect
rici
ty a
nd M
agne
tism
Oth
er S
cien
ce (
8 u
nit
s)C
HE
M 1
05aL
*G
ener
al C
hem
istr
yG
EO
L 3
05L
Intr
o. to
Eng
inee
ring
Geo
logy
Gen
eral
Edu
cati
on (
27
un
its)
WR
IT 1
40**
Wri
ting
and
Cri
tica
l Rea
soni
ngW
RIT
340
Adv
ance
d W
riti
ngG
E C
ats.
I, I
I, V
, and
VI
GE
Cat
. IV
***
Engi
nee
rin
g (7
2 u
nit
s)C
E 1
06D
esig
n &
Pla
nnin
g of
CE
Sys
tem
sC
E 1
07In
tro.
to C
ivil
Eng
r. G
raph
ics
CE
108
Intr
o. to
CE
Com
pute
r Met
hods
CE
205
Stat
ics
CE
225
Mec
hani
cs o
f Def
orm
able
Bod
ies
CE
309
Flu
id M
echa
nics
CE
325
Dyn
amic
sC
E 3
34L
Mec
hani
cal B
ehav
ior
of M
ater
ials
CE
358
The
ory
of S
truc
ture
s I
CE
408
Ris
k A
naly
sis
in C
ivil
Eng
r.C
E 4
09aL
Com
pute
r-A
ided
Des
ign
CE
412
Con
trac
ts a
nd S
peci
fica
tion
sC
E 4
51W
ater
Res
ourc
es E
ngin
eeri
ngC
E 4
60C
onst
ruct
ion
Eng
inee
ring
CE
461
Gen
eral
Con
stru
ctio
n E
stim
atin
gC
E 4
62C
onst
ruct
ion
Met
hods
& E
quip
.C
E 4
67L
Geo
tech
nica
l Eng
inee
ring
CE
471
Pri
ncip
les
of T
rans
port
atio
n E
ngr.
CE
480
Stru
ctur
al S
yste
ms
Des
ign
EE
202
LL
inea
r C
ircu
its
orororor or EE
326
Lx
Ess
enti
als
of E
lect
rica
l Eng
r.IS
E 4
60E
ngin
eeri
ng E
cono
my
orororor or CE
404
Fun
dam
enta
ls o
f Law
for E
ngr.
ME
310
Eng
inee
ring
The
rmod
ynam
ics
IK
erne
l Cou
rse
(see
***
* be
low
)K
erne
l Cou
rse
(see
***
* be
low
)
* A
dvan
ced
stud
ents
wit
h de
part
men
tal a
ppro
val h
ave
the
opti
on o
f com
plet
ing
CH
EM
115
aL in
pla
ce o
f CH
EM
105
aL.
**C
oncu
rren
t en
rollm
ent
in a
Soc
ial I
ssue
s G
E C
ours
e is
req
uire
d.
***
May
take
Cat
egor
y I,
II,
IV
or V
I G
E c
lass
.
****
Ker
nel C
ours
es m
ust b
e ch
osen
from
the
follo
win
g: C
E 4
56, 4
57, 4
65, 4
66, 4
76, o
r 478
. O
ne o
f the
se m
ust b
e C
E 4
56, 4
57, o
r 478
.
WRI
T 14
0 (4)
<<ge
cat. v
i >>
MATH
125 (
4)CH
EM 10
5aL
(4)
GE C
at. V
I (4)
<<wr
it 140
>>
GE C
at. V
(4)
CE 10
7 (3)
MATH
126 (
4)m
ath 1
25PH
YS 15
1L (4
)m
ath 12
5CE
108 (
2)
CE 46
0 (3)
MATH
226 (
4)m
ath 1
26PH
YS 15
2L (4
)ph
ys 15
1L, [m
ath 22
6]
GE C
at. I
(4)
ME 31
0 (3)
phys
151L
, math
226
MATH
245 (
4)m
ath 2
26GE
OL 30
5Lx (
4)
CE 47
1 (3)
CE 35
8 (3)
ce 22
5CE
309 (
3)m
ath 12
6, [ce
325]
CE 32
5 (3)
ce 20
5
GE C
at. II
(4)
CE 46
2 (3)
KERN
EL C
OURS
E(3
)IS
E 46
0or
CE
404 (
3)CE
334L
(3)
ce 22
5
CE 46
7L (4
)ce
225
CE 41
2 (3)
CE 46
1 (3)
GE C
at. IV
(4)
WRI
T 34
0 (3)
writ 1
40KE
RNEL
COU
RSE
(3)
CE 48
0 (3)
ce 45
6, 45
7, or
478
freshman
sophomore
junior
senior
(18 u
nits)
(13 u
nits)
(17 u
nits)
(18 u
nits)
(16 u
nits)
(16 u
nits)
(16 u
nits)
(17 u
nits)
KEY:
prer
equi
site
[co-
requ
isite
]<<
conc
urre
nt e
nrol
lmen
t>>
CE 10
6 (2)
CE 20
5 (2)
[phys
151L
]
CE 22
5 (3)
ce 20
5
EE 20
2L [m
ath 24
5]or
EE
326L
(4)
phys
152
L
CE 40
8 (3)
CE 45
1 (4)
ce 30
9
CE 40
9aL
(3)
ce 22
5
50 C E ( E N V I R O N M E N T A L )
civi
l (en
viro
nmen
tal)
(130
uni
ts)
Mat
hem
atic
s (1
6 u
nit
s)M
AT
H 1
25C
alcu
lus
IM
AT
H 1
26C
alcu
lus
IIM
AT
H 2
26C
alcu
lus
III
MA
TH
245
Mat
hem
atic
s of
Phy
s. a
nd E
ngr.
Ph
ysic
s (8
-12
un
its)
PH
YS
151L
Mec
hani
cs a
nd T
herm
odyn
amic
sP
HY
S 15
2LE
lect
rici
ty a
nd M
agne
tism
PH
YS
153L
Opt
ics
and
Mod
ern
Phy
sics
or GE
OL
305
LIn
tro.
to E
ngin
eeri
ng G
eolo
gy
Ch
emis
try
(8 u
nit
s)C
HE
M 1
05aL
*G
ener
al C
hem
istr
yC
HE
M 1
05bL
*G
ener
al C
hem
istr
y
Gen
eral
Edu
cati
on (
27
un
its)
WR
IT 1
40**
Wri
ting
and
Cri
tica
l Rea
soni
ngW
RIT
340
Adv
ance
d W
riti
ngG
E C
ats.
I, I
I, V
, and
VI
GE
Cat
. IV
***
Engi
nee
rin
g (6
7 u
nit
s)C
E 1
08In
tro.
to C
E C
ompu
ter M
etho
dsC
E 1
10In
tro.
to E
nvir
onm
enta
l Eng
r.C
E 2
05St
atic
sC
E 2
10L
Intr
o. to
Env
. Eng
r. M
icro
biol
ogy
CE
225
Mec
hani
cs o
f Def
orm
able
Bod
ies
CE
309
Flu
id M
echa
nics
CE
325
Dyn
amic
sC
E 3
34L
Mec
hani
cal B
ehav
ior
of M
ater
ials
CE
358
The
ory
of S
truc
ture
s I
CE
408
Ris
k A
naly
sis
in C
ivil
Eng
r.C
E 4
51W
ater
Res
ourc
es E
ngin
eeri
ngC
E 4
53W
ater
Qua
lity
Con
trol
CE
463
LW
ater
Che
mis
try
and
Ana
lysi
sC
E 4
67L
Geo
tech
nica
l Eng
inee
ring
CE
485
Was
tew
ater
Tre
atm
ent D
esig
nE
NE
400
Env
iron
men
tal E
ngr.
Pri
ncip
les
EN
E 4
28A
ir P
ollu
tion
Fun
dam
enta
lsIS
E 4
60E
ngin
eeri
ng E
cono
my
or CE
404
Fun
dam
enta
ls o
f Law
for E
ngr.
ME
310
Eng
inee
ring
The
rmod
ynam
ics
Ker
nel C
ours
e(s
ee *
***
belo
w)
Ker
nel C
ours
e(s
ee *
***
belo
w)
Ker
nel C
ours
e(s
ee *
***
belo
w)
* A
dvan
ced
stud
ents
wit
h de
part
men
tal a
ppro
val h
ave
the
opti
on o
f com
plet
ing
CH
EM
115
abL
in p
lace
of C
HE
M 1
05ab
L.
**C
oncu
rren
t en
rollm
ent
in a
Soc
ial I
ssue
s G
E C
ours
e is
req
uire
d.
***
May
take
Cat
egor
y I,
II,
IV
or V
I G
E c
lass
.
****
Ker
nel C
ours
es m
ust b
e ch
osen
from
the
follo
win
g: C
E 4
09aL
, 443
, 457
, 465
, 466
, 476
, 484
, and
EN
E 4
29.
WRI
T 140
(4)
<<ge
cat.
vi>>
MATH
125 (
4)CE
110 (
4)GE
Cat
. VI (4
)<<
writ
140>
>
CHEM
105b
L (4)
chem
105
aL
CE 21
0L (3
)ce
110
, [ch
em 1
05aL
]MA
TH 12
6 (4)
math
125
PHYS
151L
(4)
math
125
CE 10
8 (2)
GE C
at. V
(4)
MATH
226 (
4)ma
th 1
26PH
YS 15
2L (4
)ph
ys 1
51L,
[mat
h 22
6]
ENE 4
00 (3
)ME
310 (
3)ma
th 2
26, p
hys 1
51L
MATH
245 (
4)ma
th 2
26PH
YS 15
3L p
hys 1
52L
or G
EOL 3
05L (
4)
GE C
at. I
(4)
WRI
T 340
(3)
writ
140
CE 30
9 (3)
math
126
, [ce
325
]CE
325 (
3)ce
205
KERN
EL C
OURS
E (3)
CE 45
3 (3)
chem
105
al, ce
309
ISE 46
0 or
CE 40
4 (3)
CE 45
1 (4)
ce 3
09CE
334L
(3)
ce 2
25
KERN
EL C
OURS
E (3)
GE C
at. II
(4)
CE 40
8 (3)
KERN
EL C
OURS
E (3)
GE C
at. IV
(4)
ENE 4
28 (3
)CE
463L
(3)
chem
105
bL, c
e 45
3
freshm
an
sophom
ore
junior
senior
(16 un
its)
(17 un
its)
(18 un
its)
(17 un
its)
(16 un
its)
(16 un
its)
(14 un
its)
(16 un
its)
KEY:
prer
equi
site
[co-
requ
isite
]<<
conc
urre
nt e
nrol
lmen
t>>
CHEM
105a
L (4)
CE 20
5 (2)
[phy
s 151
L]
CE 22
5 (3)
ce 2
05
CE 35
8 (3)
ce 2
25
CE 46
7L (4
)ce
225
CE 48
5 (3)
ce 4
53
51C E ( I N F O R M A T I O N M G M T )
civi
l (in
form
atio
n m
gmt.)
(134
uni
ts)
Mat
hem
atic
s (1
6 u
nit
s)M
AT
H 1
25C
alcu
lus
IM
AT
H 1
26C
alcu
lus
IIM
AT
H 2
26C
alcu
lus
III
MA
TH
245
Mat
hem
atic
s of
Phy
s. a
nd E
ngr.
Ph
ysic
s (8
-12
un
its)
PH
YS
151L
Mec
hani
cs a
nd T
herm
odyn
amic
sP
HY
S 15
2LE
lect
rici
ty a
nd M
agne
tism
PH
YS
153L
Opt
ics
and
Mod
ern
Phy
sics
or GE
OL
305
LIn
tro.
to E
ngin
eeri
ng G
eolo
gy
Oth
er S
cien
ce (
8 u
nit
s)C
HE
M 1
05aL
*G
ener
al C
hem
istr
yG
EO
G 3
81L
Geo
grap
hic
Info
rmat
ion
Scie
nce
Gen
eral
Edu
cati
on (
27
un
its)
WR
IT 1
40**
Wri
ting
and
Cri
tica
l Rea
soni
ngW
RIT
340
Adv
ance
d W
riti
ngG
E C
ats.
I, I
I, V
, and
VI
GE
Cat
. IV
***
Engi
nee
rin
g (7
1-7
2 u
nit
s)C
E 1
06D
esig
n &
Pla
nnin
g of
CE
Sys
tem
sC
E 1
07In
tro.
to C
ivil
Eng
r. G
raph
ics
CE
205
Stat
ics
CE
225
Mec
hani
cs o
f Def
orm
able
Bod
ies
CE
309
Flu
id M
echa
nics
CE
325
Dyn
amic
sC
E 3
34L
Mec
hani
cal B
ehav
ior
of M
ater
ials
CE
358
The
ory
of S
truc
ture
s I
CE
402
Com
pute
r Met
hods
in C
ivil
Eng
r.C
E 4
08R
isk
Ana
lysi
s in
Civ
il E
ngr.
CE
460
Con
stru
ctio
n E
ngin
eeri
ngC
E 4
67L
Geo
tech
nica
l Eng
inee
ring
CE
471
Pri
n. o
f Tra
nspo
rtat
ion
Eng
r.C
E 4
77C
ivil
Infr
astr
uctu
re I
nfo.
Sys
tem
sC
E 4
80St
ruct
ural
Sys
tem
s D
esig
nC
SCI 1
01L
•F
und.
of C
ompu
ter P
rogr
amm
ing.
CSC
I 10
2LD
ata
Stru
ctur
esC
SCI
201L
Pri
n. o
f Sof
twar
e D
evel
opm
ent
CSC
I 48
5F
ile a
nd D
atab
ase
Man
agem
ent
orororor or IOM
435
Bus
ines
s D
atab
ase
Syst
ems
Des
ign
Ele
ctiv
e(s
ee *
***
belo
w)
Des
ign
Ele
ctiv
e(s
ee *
***
belo
w)
Des
ign
Ele
ctiv
e(s
ee *
***
belo
w)
CE
Ele
ctiv
e
* A
dvan
ced
stud
ents
wit
h de
part
men
tal a
ppro
val h
ave
the
opti
on o
f com
plet
ing
CH
EM
115
aL in
pla
ce o
f CH
EM
105
aL.
**C
oncu
rren
t en
rollm
ent
in a
Soc
ial I
ssue
s G
E C
ours
e is
req
uire
d.
***
May
take
Cat
egor
y I,
II,
IV
or V
I G
E c
lass
.
****
Des
ign
Ele
ctiv
es m
ust b
e ch
osen
from
the
follo
win
g: C
E 4
09aL
, 456
, 457
, 478
, 465
, and
476
.
WRI
T 140
(4)
<<ge
cat.
vi>>
MATH
125 (
4)CH
EM 10
5aL (
4)GE
Cat
. VI (4
)<<
writ
140>
>
GE C
at. V
(4)
CE 10
7 (3)
MATH
126 (
4)ma
th 1
25PH
YS 15
1L (4
)ma
th 1
25
CSCI
102L
(4)
csci
101L
MATH
226 (
4)ma
th 1
26PH
YS 15
2L (4
)ph
ys 1
51L,
[mat
h 22
6]
CE 46
0 (3)
CSCI
201L
(4)
csci
102L
MATH
245 (
4)ma
th 2
26PH
YS 15
3L ph
ys 1
52L
or G
EOL 3
05Lx
(4)
GE C
at. I
(4)
GE C
at. II
(4)
CE 30
9 (3)
math
126
, [ce
325
]CE
325 (
3)ce
205
DESIG
N EL
EC, (3
)W
RIT 3
40 (3
)wr
it 14
0GE
OG 38
1L (4
)CE
402 (
3)ce
108
, mat
h 24
5CE
334L
(3)
ce 2
25
DESIG
N EL
EC. (3
)CE
467L
(4)
ce 2
25CE
477 (
3)cs
ci 20
1, ce
402
GE C
at. IV
(4)
DESIG
N EL
EC. (3
)CE
ELEC
. (4)
CSCI
485
or IO
M 43
5 (4)
csci
201
freshm
an
sophom
ore
junior
senior
(18 un
its)
(14 un
its)
(18 un
its)
(18 un
its)
(17 un
its)
(16 un
its)
(16 un
its)
(18 un
its)
KEY:
prer
equi
site
[co-
requ
isite
]<<
conc
urre
nt e
nrol
lmen
t>>
CE 10
6 (2)
CSCI
101L
(3)
CE 20
5 (2)
[phy
s 151
L]
CE 22
5 (3)
ce 2
05
CE 35
8 (3)
ce 2
25
CE 40
8 (3)
CE 47
1 (3)
CE 48
0 (3)
ce 4
56, 4
57, o
r 47
8
52 C E ( S T R U C T U R A L )
civi
l (st
ruct
ural
eng
r.) (1
31 u
nits
)M
ath
emat
ics
(16
un
its)
MA
TH
125
Cal
culu
s I
MA
TH
126
Cal
culu
s II
MA
TH
226
Cal
culu
s II
IM
AT
H 2
45M
athe
mat
ics
of P
hys.
and
Eng
r.
Ph
ysic
s (8
un
its)
PH
YS
151L
Mec
hani
cs a
nd T
herm
odyn
amic
sP
HY
S 15
2LE
lect
rici
ty a
nd M
agne
tism
Oth
er S
cien
ce (
8 u
nit
s)C
HE
M 1
05aL
*G
ener
al C
hem
istr
yG
EO
L 3
05L
Intr
o. to
Eng
inee
ring
Geo
logy
Gen
eral
Edu
cati
on (
27
un
its)
WR
IT 1
40**
Wri
ting
and
Cri
tica
l Rea
soni
ngW
RIT
340
Adv
ance
d W
riti
ngG
E C
ats.
I, I
I, V
, and
VI
GE
Cat
. IV
***
Engi
nee
rin
g (7
2 u
nit
s)C
E 1
06D
esig
n &
Pla
nnin
g of
CE
Sys
tem
sC
E 1
07In
tro.
to C
ivil
Eng
r. G
raph
ics
CE
108
Intr
o. to
CE
Com
pute
r Met
hods
CE
205
Stat
ics
CE
225
Mec
hani
cs o
f Def
orm
able
Bod
ies
CE
309
Flu
id M
echa
nics
CE
325
Dyn
amic
sC
E 3
34L
Mec
hani
cal B
ehav
ior
of M
ater
ials
CE
358
The
ory
of S
truc
ture
s I
CE
402
Com
pute
r Met
hods
in C
ivil
Eng
r.C
E 4
08R
isk
Ana
lysi
s in
Civ
il E
ngr.
CE
409
aLC
ompu
ter-
Aid
ed D
esig
nC
E 4
51W
ater
Res
ourc
es E
ngin
eeri
ngC
E 4
56D
esig
n of
Ste
el S
truc
ture
sC
E 4
57R
einf
orce
d C
oncr
ete
Des
ign
CE
458
The
ory
of S
truc
ture
s II
CE
459
Intr
o. t
o St
ruct
ural
Dyn
amic
sC
E 4
60C
onst
ruct
ion
Eng
inee
ring
CE
467
LG
eote
chni
cal E
ngin
eeri
ngC
E 4
78T
imbe
r and
Mas
onry
Des
ign
CE
480
Stru
ctur
al S
yste
ms
Des
ign
EE
202
LL
inea
r C
ircu
its
orororor or EE
326
Lx
Ess
enti
als
of E
lect
rica
l Eng
r.IS
E 4
60E
ngin
eeri
ng E
cono
my
ME
310
Eng
inee
ring
The
rmod
ynam
ics
I
* A
dvan
ced
stud
ents
wit
h de
part
men
tal a
ppro
val h
ave
the
opti
on o
f com
plet
ing
CH
EM
115
aL in
pla
ce o
f CH
EM
105
aL.
**C
oncu
rren
t en
rollm
ent
in a
Soc
ial I
ssue
s G
E C
ours
e is
req
uire
d.
***
May
take
Cat
egor
y I,
II,
IV
or V
I G
E c
lass
.
WRI
T 140
(4)
<<ge
cat.
vi>>
MATH
125 (
4)CH
EM 10
5aL (
4)GE
Cat
. VI (4
)<<
writ
140>
>
GE C
at. V
(4)
CE 10
8 (2)
MATH
126 (
4)ma
th 1
25PH
YS 15
1L (4
)ma
th 1
25CE
107 (
3)
GE C
at. I
(4)
MATH
226 (
4)ma
th 1
26PH
YS 15
2L (4
)ph
ys 1
51L,
[mat
h 22
6]
GE C
at. II
(4)
ME 31
0 (3)
phys
151
L, m
ath
226
MATH
245 (
4)ma
th 2
26GE
OL 30
5 (4)
CE 45
6 (3)
ce 3
58CE
358 (
3)ce
225
CE 30
9 (3)
math
126
, [ce
325
]CE
325 (
3)ce
205
CE 45
8 (3)
ce 1
08, c
e 35
8CE
402 (
3)ce
108
, mat
h 24
5ISE
460 (
3)CE
457 (
3)ce
225
CE 33
4L (3
)ce
225
CE 46
7L (4
)ce
225
CE 47
8 (3)
CE 46
0 (3)
GE C
at. IV
(4)
WRI
T 340
(3)
writ
140
CE 48
0 (3)
ce 4
56, 4
57, o
r 478
CE 45
1 (4)
ce 3
09
freshm
an
sophom
ore
junior
senior
(18 un
its)
(13 un
its)
(18 un
its)
(18 un
its)
(16 un
its)
(15 un
its)
(16 un
its)
(17 un
its)
KEY:
prer
equi
site
[co-
requ
isite
]<<
conc
urre
nt e
nrol
lmen
t>>
CE 10
6 (2)
CE 20
5 (2)
[phy
s 151
L]
CE 22
5 (3)
ce 2
05
EE 20
2L [m
ath
245]
or EE
326L
(4)
phys
152
L
CE 40
8 (3)
CE 45
9 (3)
[ce 4
58]
CE 40
9aL (
3)ce
225
53C E ( W A T E R R E S O U R C E S )
civi
l (w
ater
reso
urce
s) (1
31 u
nits
)M
ath
emat
ics
(16
un
its)
MA
TH
125
Cal
culu
s I
MA
TH
126
Cal
culu
s II
MA
TH
226
Cal
culu
s II
IM
AT
H 2
45M
athe
mat
ics
of P
hys.
and
Eng
r.
Ph
ysic
s (8
-12
un
its)
PH
YS
151L
Mec
hani
cs a
nd T
herm
odyn
amic
sP
HY
S 15
2LE
lect
rici
ty a
nd M
agne
tism
PH
YS
153L
Opt
ics
and
Mod
ern
Phy
sics
or CH
EM
105
bL*
Gen
eral
Che
mis
try
or GE
OL
305
LIn
tro.
to E
ngin
eeri
ng G
eolo
gy
Ch
emis
try
(4-8
un
its)
CH
EM
105
aL*
Gen
eral
Che
mis
try
Gen
eral
Edu
cati
on (
27
un
its)
WR
IT 1
40**
Wri
ting
and
Cri
tica
l Rea
soni
ngW
RIT
340
Adv
ance
d W
riti
ngG
E C
ats.
I, I
I, V
, and
VI
GE
Cat
. IV
***
Engi
nee
rin
g (7
2 u
nit
s)C
E 1
06D
esig
n &
Pla
nnin
g of
CE
Sys
tem
sC
E 1
07In
tro.
to C
ivil
Eng
r. G
raph
ics
CE
108
Intr
o. to
CE
Com
pute
r Met
hods
CE
205
Stat
ics
CE
225
Mec
hani
cs o
f Def
orm
able
Bod
ies
CE
309
Flu
id M
echa
nics
CE
325
Dyn
amic
sC
E 3
34L
Mec
hani
cal B
ehav
ior
of M
ater
ials
CE
358
The
ory
of S
truc
ture
s I
CE
402
Com
pute
r Met
hods
in C
ivil
Eng
r.C
E 4
08R
isk
Ana
lysi
s in
Civ
il E
ngr.
CE
451
Wat
er R
esou
rces
Eng
inee
ring
CE
453
Wat
er Q
ualit
y C
ontr
olC
E 4
67L
Geo
tech
nica
l Eng
inee
ring
CE
471
Pri
ncip
les
of T
rans
port
atio
n E
ngr.
CE
485
Was
tew
ater
Tre
atm
ent D
esig
nE
E 2
02L
Lin
ear
Cir
cuit
sorororor or E
E 3
26L
Ess
enti
als
of E
lect
rica
l Eng
r.IS
E 4
60E
ngin
eeri
ng E
cono
my
ME
310
Eng
inee
ring
The
rmod
ynam
ics
IK
erne
l Cou
rse
(see
***
* be
low
)K
erne
l Cou
rse
(see
***
* be
low
)K
erne
l Cou
rse
(see
***
* be
low
)T
echn
ical
Ele
ctiv
e(s
ee *
****
bel
ow)
Tec
hnic
al E
lect
ive
(see
***
** b
elow
)
* A
dvan
ced
stud
ents
wit
h de
part
men
tal a
ppro
val h
ave
the
opti
on o
f com
plet
ing
CH
EM
115
abL
in p
lace
of C
HE
M 1
05ab
L.
**C
oncu
rren
t en
rollm
ent
in a
Soc
ial I
ssue
s G
E C
ours
e is
req
uire
d.
***
May
take
Cat
egor
y I,
II,
IV
or V
I G
E c
lass
.
****
Ker
nel C
ours
es m
ust b
e se
lect
ed fr
om th
e fo
llow
ing:
CE
465
, 466
, and
476
.
****
* Se
e de
part
men
t fo
r a
list
of a
ppro
ved
tech
nica
l ele
ctiv
es.
WRI
T 14
0 (4)
<< ge
cat. v
i>>MA
TH 12
5 (4)
CHEM
105a
L (4
)GE
Cat
. VI (
4)<<
writ 1
40>>
GE C
at. I
(4)
CE 10
8 (2)
MATH
126 (
4)m
ath 1
25PH
YS 15
1L (4
)m
ath 12
5CE
107 (
3)
GE C
at. II
(4)
MATH
226 (
4)m
ath 1
26PH
YS 15
2L (4
)ph
ys 15
1L, [m
ath 22
6]
GE C
at. V
(4)
ME 31
0 (3)
mat
h 226
, phy
s 151
LMA
TH 24
5 (4)
math
226
PHYS
153L
phys
152L
,CH
EM 10
5bL
chem
105a
L,or
GEO
L 30
5L (4
)
CE 47
1 (3)
CE 35
8 (3)
ce 22
5CE
309 (
3)m
ath 12
6, [ce
325]
CE 32
5 (3)
ce 20
5
CE E
LEC.
(3)
CE 40
2 (3)
ce 10
8, m
ath 24
5KE
RNEL
COU
RSE
(3)
ISE
460 (
3)CE
334L
(3)
ce 22
5
CE 46
7L (4
)ce
225
CE E
LEC.
(3)
KERN
EL C
OURS
E(3
)
GE C
at. IV
(4)
WRI
T 34
0 (3)
writ 1
40KE
RNEL
COU
RSE
(3)
CE 45
1 (4)
ce 30
9
freshman
sophomore
junior
senior
(18 u
nits)
(13 u
nits)
(18 u
nits)
(18 u
nits)
(16 u
nits)
(15 u
nits)
(16 u
nits)
(17 u
nits)
KEY:
prer
equi
site
[co-
requ
isite
]<<
conc
urre
nt e
nrol
lmen
t>>
CE 10
6 (2)
CE 20
5 (2)
[phys
151L
]
CE 22
5 (3)
ce 20
5
EE 20
2L [m
ath 24
5]or
EE
326L
(4)
phys
152
L
CE 40
8 (3)
CE 45
3 (3)
chem
105
aL, c
e 309
CE 48
5 (3)
ce 45
3
54 E N V I R O N M E N T A L
envi
ronm
enta
l eng
r. (1
32 u
nits
)M
ath
emat
ics
(16
un
its)
MA
TH
125
Cal
culu
s I
MA
TH
126
Cal
culu
s II
MA
TH
226
Cal
culu
s II
IM
AT
H 2
45M
athe
mat
ics
of P
hys.
and
Eng
r.
Ph
ysic
s (8
un
its)
PH
YS
151L
Mec
hani
cs a
nd T
herm
odyn
amic
sP
HY
S 15
2LE
lect
rici
ty a
nd M
agne
tism
Ch
emis
try
(12
un
its)
CH
EM
105
aL*
Gen
eral
Che
mis
try
CH
EM
105
bL*
Gen
eral
Che
mis
try
CH
EM
322
aLO
rgan
ic C
hem
istr
y
Oth
er S
cien
ce (
8 u
nit
s)B
ISC
220
LC
ell B
iolo
gy a
nd P
hysi
olog
yG
EO
L 3
05L
Intr
o. to
Eng
inee
ring
Geo
logy
Gen
eral
Edu
cati
on (
27
un
its)
WR
IT 1
40**
Wri
ting
and
Cri
tica
l Rea
soni
ngW
RIT
340
Adv
ance
d W
riti
ngG
E C
ats.
I, I
I, V
, and
VI
GE
Cat
. IV
***
Engi
nee
rin
g (6
1 u
nit
s)C
E 1
08In
tro.
to C
E C
ompu
ter M
etho
dsC
E 1
10In
tro.
to E
nvir
onm
enta
l Eng
r.C
E 2
05St
atic
sC
E 2
10L
Intr
o. to
Env
. Eng
r. M
icro
biol
ogy
CE
408
Ris
k A
naly
sis
in C
ivil
Eng
r.C
E 4
51W
ater
Res
ourc
es E
ngin
eeri
ngC
E 4
53W
ater
Qua
lity
Con
trol
CE
463
LW
ater
Che
mis
try
and
Ana
lysi
sC
E 4
65W
ater
Sup
p. &
Sew
age
Sys
Des
.C
E 4
84W
ater
Tre
atm
ent D
esig
nC
E 4
85W
aste
wat
er T
reat
men
t Des
ign
CH
E 3
30C
hem
ical
Eng
r. T
herm
odyn
amic
sE
NE
400
Env
iron
men
tal E
ngr.
Pri
ncip
les
EN
E 4
10E
nvir
onm
enta
l Flu
id M
echa
nics
EN
E 4
28A
ir P
ollu
tion
Fun
dam
enta
lsE
NE
429
Air
Pol
luti
on C
ontr
olE
NE
486
Solid
& H
azar
dous
Was
te E
ngr.
ISE
460
Eng
inee
ring
Eco
nom
yorororor or C
E 4
04F
unda
men
tals
of L
aw fo
r Eng
r.P
TE
463
LIn
tro.
to T
rans
port
Pro
cess
esK
erne
l Cou
rse
(see
***
* be
low
)
* A
dvan
ced
stud
ents
wit
h de
part
men
tal a
ppro
val h
ave
the
opti
on o
f com
plet
ing
CH
EM
115
abL
in p
lace
of C
HE
M 1
05ab
L.
**C
oncu
rren
t en
rollm
ent
in a
Soc
ial I
ssue
s G
E C
ours
e is
req
uire
d.
***
May
take
Cat
egor
y I,
II,
IV
or V
I G
E c
lass
.
****
Ker
nel C
ours
e m
ust b
e se
lect
ed fr
om th
e fo
llow
ing:
CE
402
, 409
aL, 4
43, a
nd C
HE
442
.
WRI
T 14
0 (4)
<<ge
cat. v
i>>MA
TH 12
5 (4)
CE 11
0 (4)
GE C
at. V
I (4)
<<wr
it 140
>>
CHEM
105b
L (4
)ch
em 10
5aL
CE 21
0L (3
)ce
110,
[chem
105a
L]MA
TH 12
6 (4)
math
125
PHYS
151L
(4)
math
125
CE 10
8 (2)
GE C
at. V
(4)
MATH
226 (
4)m
ath 1
26PH
YS 15
2L (4
)ph
ys 15
1L, [m
ath 22
6]
BISC
220L
(4)
[chem
105b
L]EN
E 40
0 (3)
MATH
245 (
4)m
ath 2
26EN
E 41
0 (3)
math
226
GE C
at. I
(4)
WRI
T 34
0 (3)
writ 1
40EN
E 42
8 (3)
CE 45
3 (3)
chem
105a
L
GE C
at. II
(4)
KERN
EL C
OURS
E(3
)CE
408 (
3)GE
OL 30
5L (4
)CE
451 (
4)
CE 46
5 (3)
ce 45
3CE
484 (
3)ce
453
PTE
463L
(3)
math
245,
chem
105a
L,ph
ys 1
51L
GE C
at. IV
(4)
CE 46
3L (3
)ch
em 10
5bL,
ce 45
3CE
485 (
3)ce
453
ENE
429 (
3)
freshman
sophomore
junior
senior
(16 u
nits)
(17 u
nits)
(18 u
nits)
(14 u
nits)
(17 u
nits)
(18 u
nits)
(16 u
nits)
(16 u
nits)
KEY:
prer
equi
site
[co-
requ
isite
]<<
conc
urre
nt e
nrol
lmen
t>>
CHEM
105a
L (4
)
CE 20
5 (2)
[phys
151L
]
CHEM
322a
L (4
)ch
em 1
05bL
CHE
330 (
4)[m
ath 22
6]IS
E 46
0 or
CE 40
4 (3)
ENE
486 (
3)en
e 400